A car is traveling North. In which direction are the wheels turning.
This is under the torque chapter
west - right fingers around wheel, thumb points west
Key Information:
- The car is traveling North.
- The question is about the direction of the wheels' turning.
To determine the direction in which the wheels are turning, we need to consider the concept of torque and its relationship with the direction of motion.
Torque is a rotational force that causes an object to rotate around an axis. In the case of a car, torque is generated by the engine and transmitted to the wheels through the drivetrain.
Here's how you can analyze the situation:
1. Understand the car's propulsion system: A typical car has a rear-wheel drive (RWD), front-wheel drive (FWD), or all-wheel drive (AWD) configuration. In RWD, the rear wheels propel the car forward, while in FWD, the front wheels perform the same function. In AWD, power is distributed to all wheels.
2. Analyze the car's front wheels: If the car is traveling in a straight line, the front wheels do not need to turn while moving. Only the rear wheels create the necessary torque for pushing the car forward. In this case, regardless of the car's configuration, the front wheels will be pointing straight unless the driver intentionally turns the steering wheel.
3. Consider turning scenarios: If the car is making a turn, the front wheels need to turn to change the direction of the car. In a right turn, the wheels turn to the right, whereas in a left turn, they turn to the left. The direction of the wheels' turning will depend on the direction in which the driver wants to turn the vehicle.
In summary, if the car is traveling in a straight line, the wheels will be pointing straight regardless of their drive configuration. However, if the car is making a turn, the direction in which the front wheels turn will depend on the driver's intended direction of turning.